JP3108311U

JP3108311U - Steam mop

Info

Publication number: JP3108311U
Application number: JP2004006159U
Authority: JP
Inventors: 謀燦蔡
Original assignee: 謀燦蔡
Priority date: 2004-10-20
Filing date: 2004-10-20
Publication date: 2005-04-14
Anticipated expiration: 2010-10-20

Abstract

【課題】多節式構造により組立に便利で、並びに交互に交換可能な中空スリーブの結合により、使用者が速やかに竿体構造に組立ることができる蒸気式モップの提供。
【解決手段】竿体構造とベース構造で組成され、竿体構造はハンドル、中空の第１、第２、第３スリーブ及び貯水タンクを具え、該ハンドル、第１、第２、第３スリーブがその上下端縁の対応する係止部と係止座により急速に組み合わされて竿体構造を形成し、且つ第２スリーブに貯水タンク固定リングと固定座が設けられ、該貯水タンクが第２スリーブに固定される。ベース構造は三角上蓋、蒸気室座体及びトレイを具え、三角上蓋の上に適宜角度回転可能な枢設係止座が設けられ、その前端及び左右の角部に凹溝が設けられ、対応するバネが枢設され並びにクランプが位置決めされ、トレイ内部に蒸気室座体が載置され、並びに制御回路板及びその内部回路が内蔵され、三角上端と一体に結合されてベース構造が形成される。
【選択図】図２The present invention provides a steam mop that is convenient for assembly by a multi-barrel structure and that can be quickly assembled into a housing structure by a user by combining hollow sleeves that can be replaced alternately.
The housing structure is composed of a housing structure and a base structure, and the housing structure includes a handle, hollow first, second and third sleeves and a water storage tank, and the handle, the first, second and third sleeves are provided. It is rapidly combined by a corresponding latching portion and a latching seat at the upper and lower edges thereof to form a housing structure, and a water storage tank fixing ring and a fixing seat are provided on the second sleeve, and the water storage tank is connected to the second sleeve. Fixed to. The base structure includes a triangular upper lid, a steam chamber seat, and a tray. On the triangular upper lid, a pivotal locking seat that can be rotated at an appropriate angle is provided, and a concave groove is provided at the front end and the left and right corners. A spring is pivoted, a clamp is positioned, a steam chamber seat is placed inside the tray, a control circuit board and its internal circuit are built in, and are integrally joined to the upper end of the triangle to form a base structure.
[Selection] Figure 2

Description

本考案は一種の蒸気式モップに係り、特に急速に組立可能で且つ貯水タンクが掛けられた竿体構造と、蒸気室座体を具えた三角形ベース構造で組成され、使用時に、貯水タンクの内容液体が蒸気室座体内に導入され、高温で沸騰して蒸気を発生し、並びに蒸気孔よりベース底部を被覆する布にしみこみ、モップ構造の高温蒸気による汚れ除去効果が強化された、蒸気式モップに関する。 The present invention relates to a type of steam mop, which is composed of a frame structure that can be assembled quickly and a water tank is hung, and a triangular base structure that has a steam chamber seat. Steam type mop that liquid is introduced into the steam chamber seat, boils at high temperature to generate steam, soaks into the cloth that covers the bottom of the base through the steam hole, and the soil removal effect by the high temperature steam of the mop structure is enhanced About.

床の汚れ除去の最も効率的な方法はモップで拭く動作であり、床の汚れを簡単に除去できるように、多くの業者は関係機能の開発と設計に尽力し、掃除の実用機能を高めている。そのうち、特許文献１には、貯水タンク内容液体を加熱して蒸気を発生させ、並びに蒸気を布に向けて釈放して汚れ除去効果を高めたモップ構造が記載されている。ただしその構造は複雑で、組立が容易でなく、その修理と製造コストが高い。特にこの周知の技術は貯水タンクと蒸気室座体が併せてベース構造（底部）内に設けられ、貯水タンク内に充填された液体圧力が十分でなく、実際に蒸気室座体に流れる液体流量が不足し、さらには蒸気室座体内部に導入されず、蒸気室座体の乾燥状態で加熱されて焼損しやすく、使用者にとっては安全性に欠けている。さらにこの貯水タンクはベース構造内に設置されているが、ベース構造はその内部の収容空間が有限であり、このため貯水タンクに容量が小さい容器を使用せざるを得ず、経常的に貯水タンク内容液体を補充しなければならず不便であり、或いはベース構造は貯水タンクを収容するためそのサイズを増加すると、膨大なベース外観を形成するのみならず、容量が大きな貯水タンクに洗剤を充填した後、ベース構造の重量が相当に増加し、モップで床掃除をする使用者にとっては、大きな負担と不便を形成した。 The most efficient way to clean the floor is with a mop, and many vendors are devoted to developing and designing the relevant functions to improve the practical function of cleaning so that the floor can be easily removed. Yes. Among them, Patent Document 1 describes a mop structure in which the liquid in the water storage tank is heated to generate steam, and the steam is released toward the cloth to enhance the dirt removal effect. However, its structure is complex, not easy to assemble, and its repair and manufacturing costs are high. In particular, this well-known technique is that the water tank and the steam chamber seat are provided in the base structure (bottom), and the liquid pressure filled in the water tank is not sufficient, and the liquid flow rate that actually flows into the steam chamber seat Is not introduced into the interior of the steam chamber seat, and is heated in the dry state of the steam chamber seat and easily burns out, which is unsafe for the user. Furthermore, this water storage tank is installed in the base structure. However, the base structure has a limited internal storage space, and therefore, a water storage tank must be used with a small capacity. The content liquid must be replenished, or it is inconvenient, or the base structure increases its size to accommodate the water tank, it not only forms a huge base appearance, but also has a large capacity water tank filled with detergent Later, the weight of the base structure increased considerably, creating a heavy burden and inconvenience for the user cleaning the floor with a mop.

米国特許出願第１０／２１７４４３号明細書US Patent Application No. 10/217443

上述の周知の技術の欠点を鑑み、本考案の主要な目的は竿体構造とベース構造で組成されて、構造が簡単で、組立が便利で、使用が簡単で、且つ床を掃除すると同時に高温蒸気により汚れ除去効果を強化できる一種の蒸気式モップを提供することにある。 In view of the above-mentioned disadvantages of the well-known technology, the main purpose of the present invention is composed of a frame structure and a base structure, which is simple in structure, easy to assemble, easy to use and cleans the floor at high temperature An object of the present invention is to provide a kind of steam mop that can enhance the effect of removing dirt by steam.

本考案の次の目的は、多節式構造により組立に便利で、並びに交互に交換可能な中空スリーブの結合により、使用者が速やかに竿体構造に組立ることができる蒸気式モップを提供することにある。 The next object of the present invention is to provide a steam mop which is convenient for assembly by a multi-barrel structure, and can be quickly assembled into a housing structure by a combination of alternately replaceable hollow sleeves. There is.

本考案のさらなる目的は、貯水タンクが竿体構造に設置され、必要に応じて貯水タンクの容量を増すことができ、並びに随時その装填液体を補充でき、さらに貯水タンクが竿体構造（高所）に設置され、その装填液体のベース構造（低所）への流量がさらに順調である蒸気式モップを提供することにある。 A further object of the present invention is that the water storage tank is installed in a housing structure, and the capacity of the water storage tank can be increased as needed, and the charged liquid can be replenished as needed. And a vapor type mop in which the flow rate of the charged liquid to the base structure (low) is smoother.

本考案のまた別の目的は、ベース構造の三角形外形設計により、床掃除する時、死角の問題が発生しない蒸気式モップを提供することにある。 Another object of the present invention is to provide a steam mop that does not cause a blind spot problem when cleaning the floor due to the triangular outer shape design of the base structure.

本考案のさらに別の目的は、適当な角度に回転する中空枢設係止座の設置により、竿体構造がベース構造中に枢設されて使用者が床掃除をする時、力を入れずに大きな範囲の掃除角度変化が行える蒸気式モップを提供することにある。 Still another object of the present invention is to provide a hollow pivotal locking seat that rotates at an appropriate angle, so that when the frame structure is pivoted in the base structure and the user cleans the floor, no force is applied. Another object of the present invention is to provide a steam mop capable of changing a cleaning angle in a large range.

請求項１の考案は、竿体構造とベース構造で組成され、竿体構造の管体面に貯水タンク固定リングと貯水タンク固定座が設けられて貯水タンクを取り付けて安定して位置決め可能で、該貯水タンク固定座に流量制御弁係止孔が設けられ、その内部に竿体構造管体内部と連通する導水溝が設けられて貯水タンクの装填液体が竿体構造内部に導入され、順調に下向きに流れてベース構造内に流入し、該ベース構造が三角の造形とされ、それに角度回転可能で竿体構造と接続可能な中空枢設係止座が設けられ、ベース構造内部に少なくとも一つの蒸気室座体が設けられ、竿体構造から伝送された液体を加熱並びに蒸発させて底部のトレイを通して蒸気を釈放させることを特徴とする、蒸気式モップとしている。
請求項２の考案は、請求項１記載の蒸気式モップにおいて、竿体構造がハンドル、中空の第１、第２、第３スリーブで組成されたことを特徴とする、蒸気式モップとしている。
請求項３の考案は、請求項２記載の蒸気式モップにおいて、第１、第２、第３スリーブの上端と下端に相互に対応し係合する係止部と係止座が設けられたことを特徴とする、蒸気式モップとしている。
請求項４の考案は、請求項２又は３記載の蒸気式モップにおいて、第２スリーブの管体面に貯水タンク固定リング及び貯水タンク固定座が設けられたことを特徴とする、蒸気式モップとしている。
請求項５の考案は、請求項１記載の蒸気式モップにおいて、貯水タンクのタンク本体の背部に竿体構造の管体を収容可能な凹溝が設けられ、タンク本体上端にハンドル及びピストンカバーが設けられ、タンク本体末端に流量制御弁が設けられ、貯水タンク固定座内に係合されることを特徴とする、蒸気式モップとしている。
請求項６の考案は、請求項１記載の蒸気式モップにおいて、ベース構造が三角上蓋、蒸気室座体、蒸気孔保護條及びトレイを具えたことを特徴とする、蒸気式モップとしている。
請求項７の考案は、請求項６記載の蒸気式モップにおいて、三角上蓋に角度回転可能な中空枢設係止座が設けられ、且つその前端及び左右角部に第１凹溝、第２凹溝及び第３凹溝が設けられ、対応するバネ及び第１クランプ、第２クランプ、及び第３クランプが位置決めされ、そのケース面にさらに電源線、電源押しボタン、電源指示ランプ及び温度指示ランプが設けられたことを特徴とする、蒸気式モップとしている。
請求項８の考案は、請求項６記載の蒸気式モップにおいて、蒸気室座体は熱伝導性が良好な金属材料を加圧成形して形成された中空座体であり、それに導水孔と複数の蒸気孔及び少なくとも一つの復流導熱芯管が設けられたことを特徴とする、蒸気式モップとしている。
請求項９の考案は、請求項６記載の蒸気式モップにおいて、蒸気孔保護條が耐高熱のプラスチック材料で形成され、それに蒸気室座体の蒸気孔数量に対応する通気孔が設けられたことを特徴とする、蒸気式モップとしている。
請求項１０の考案は、請求項６記載の蒸気式モップにおいて、トレイのサイズが三角上蓋に対応し、それは載置凹溝とされ、その内部に蒸気室座体を収容可能で、その一端に電源制御回路板が設置され、底部に蒸気孔保護條にの通気孔数量に対応する穿孔が設けられ、並びにこれにより三角上蓋と結合され一体とされることを特徴とする、蒸気式モップとしている。
請求項１１の考案は、蒸気式モップにおいて、竿体構造とベース構造で組成され、竿体構造はハンドル、中空の第１スリーブ、第２スリーブ、第３スリーブ及び貯水タンクを具え、
該ハンドルは、滑り止め構造を具え、且つその底端に係止座に係合可能な係止部が設けられ、
該第１スリーブは中空管体とされ、その管体面に複数の電線固定クリップが設けられ、且つその上端に係止座が設けられ、底端に係止部が設けられ、
該第２スリーブは中空管体とされ、その上端に係止座が設けられ、底端に係止部が設けられ、別に管体面に貯水タンク固定リングと貯水タンク固定座が設けられ、
該第３スリーブは中空管体とされ、その上端に係止座が設けられ、底端に係止部が設けられ、
該貯水タンクは、タンク本体背部にスリーブを収容可能な凹溝が設けられ、且つタンク本体上端にハンドル及びピストンカバーが設けられ、タンク本体末端に流量制御弁が設けられ、該流量制御弁が貯水タンク固定座内に係合され、貯水タンク装填液体を第３スリーブの中空管体内部に導入し並びにベース構造内に流入させ、
該ベース構造は三角上蓋、蒸気室座体、蒸気孔保護條、トレイを具え、
該三角上蓋は角度回転可能な中空枢設係止座が枢設され、且つその前端及び左右角部に第１凹溝、第２凹溝、第３凹溝が設けられて対応するバネの枢設及び第１クランプ、第２クランプ及び第３クランプの位置決めに供され、且つそのケース面に電源線、電源押しボタン、電源指示ランプ及び温度指示ランプが設けられ、
該蒸気室座体は、熱伝導性が良好な金属材料を加圧成形して形成された中空座体であり、それに導水孔と複数の蒸気孔及び少なくとも一つの復流導熱芯管が設けられ、貯水タンク装填液体をその内部に流入させ、並びに該液体を加熱してそれに蒸気を発生させ、並びに該蒸気を蒸気孔を通して蒸気室座体外部に釈放し、
該蒸気孔保護條が耐高熱の材料で形成され、それに蒸気室座体の蒸気孔数量に対応する通気孔が設けられて該通気孔が蒸気孔に嵌合され、
該トレイはそのサイズが三角上蓋に対応し、その内部に蒸気室座体を収容可能で、その１端に電源制御回路板が設置され、底部に蒸気孔保護條の通気孔数量に対応する穿孔が設けられ、並びに三角上蓋と結合されてベース構造を形成することを特徴とする、蒸気式モップとしている。 The invention of claim 1 is composed of a housing structure and a base structure, and is provided with a water tank fixing ring and a water tank fixing seat on the tube surface of the housing structure so that the water tank can be attached and stably positioned. A flow control valve locking hole is provided in the water tank fixing seat, and a water guide groove communicating with the inside of the housing structure tube body is provided in the inside, so that the liquid loaded in the water tank is introduced into the housing structure, and it goes down smoothly And flows into the base structure, the base structure has a triangular shape, and is provided with a hollow pivotal locking seat that can be rotated at an angle and can be connected to the housing structure, and at least one steam is provided inside the base structure. A steam mop is provided which is provided with a chamber seat and heats and evaporates the liquid transmitted from the housing structure to release the steam through the tray at the bottom.
The invention of claim 2 is the steam mop according to claim 1, wherein the housing structure is composed of a handle, hollow first, second and third sleeves.
The invention of claim 3 is the steam mop according to claim 2, wherein the first, second, and third sleeves are provided with a locking portion and a locking seat that engage with each other corresponding to the upper and lower ends of the sleeve. It is a steam mop characterized by
The invention of claim 4 is a steam mop according to claim 2 or 3, characterized in that a water tank fixing ring and a water tank fixing seat are provided on the tube surface of the second sleeve. .
The invention of claim 5 is the steam mop according to claim 1, wherein a concave groove capable of housing a tubular body is provided at the back of the tank body of the water storage tank, and a handle and a piston cover are provided at the upper end of the tank body. It is provided as a steam mop characterized in that it is provided with a flow rate control valve at the end of the tank body and is engaged in a water tank fixed seat.
The invention of claim 6 is the steam mop according to claim 1, characterized in that the base structure comprises a triangular upper lid, a steam chamber seat, a steam hole protection rod and a tray.
The invention of claim 7 is the steam mop according to claim 6, wherein the triangular upper lid is provided with a hollow pivotal locking seat capable of rotating at an angle, and the first groove and the second groove are formed at the front end and the left and right corners. A groove and a third concave groove are provided, and the corresponding spring, the first clamp, the second clamp, and the third clamp are positioned, and a power line, a power push button, a power instruction lamp, and a temperature instruction lamp are further provided on the case surface. It is a steam mop characterized by being provided.
The invention of claim 8 is the steam mop according to claim 6, wherein the steam chamber seat is a hollow seat formed by press-molding a metal material having good thermal conductivity, and a water guide hole and a plurality of water guide holes. The steam mop is provided with a steam hole and at least one return-conducting heat core tube.
The invention of claim 9 is the steam type mop according to claim 6, wherein the steam hole protection gutter is made of a high heat resistant plastic material, and vent holes corresponding to the number of steam holes of the steam chamber seat are provided. It is a steam mop characterized by
The invention of claim 10 is the steam mop according to claim 6, wherein the size of the tray corresponds to a triangular upper lid, which is a mounting concave groove, in which a steam chamber seat can be accommodated, and at one end thereof. The steam control mop is characterized in that a power control circuit board is installed, a hole corresponding to the number of ventilation holes in the steam hole protection basin is provided at the bottom, and this is combined with and integrated with a triangular upper lid. .
The invention of claim 11 is a steam mop comprising a housing structure and a base structure, the housing structure comprising a handle, a hollow first sleeve, a second sleeve, a third sleeve, and a water storage tank,
The handle has a non-slip structure, and a locking portion that can be engaged with the locking seat is provided at the bottom end of the handle.
The first sleeve is a hollow tube, a plurality of wire fixing clips are provided on the surface of the tube, a locking seat is provided at the upper end, and a locking portion is provided at the bottom end,
The second sleeve is a hollow tube, a locking seat is provided at the upper end, a locking portion is provided at the bottom, and a water tank fixing ring and a water tank fixing seat are separately provided on the tube surface,
The third sleeve is a hollow tube, a locking seat is provided at the upper end, a locking portion is provided at the bottom end,
The water storage tank is provided with a concave groove capable of accommodating a sleeve at the back of the tank body, a handle and a piston cover are provided at the upper end of the tank body, a flow rate control valve is provided at the end of the tank body, and the flow rate control valve is Engaged in the tank fixing seat, introducing the water tank charging liquid into the hollow tube of the third sleeve and flowing it into the base structure;
The base structure includes a triangular top cover, a steam chamber seat, a steam hole protection rod, a tray,
The triangular upper cover is provided with a hollow pivotal locking seat that can be rotated at an angle, and a first groove, a second groove, and a third groove are provided at the front end and the left and right corners of the triangular upper cover, and the corresponding pivot of the spring is provided. And the first clamp, the second clamp and the third clamp are positioned, and the case surface is provided with a power line, a power push button, a power instruction lamp and a temperature instruction lamp,
The steam chamber seat is a hollow seat formed by press-molding a metal material having good thermal conductivity, and is provided with a water guide hole, a plurality of steam holes, and at least one return-flow heat-conducting core tube. Flowing the water tank charge liquid into it, heating the liquid to generate steam therein, and releasing the steam out of the steam chamber seat through the steam holes;
The steam hole protection rod is formed of a material having high heat resistance, provided with a vent hole corresponding to the number of steam holes of the steam chamber seat, and the vent hole is fitted to the steam hole.
The tray has a size corresponding to a triangular upper lid, can accommodate a steam chamber seat inside, has a power control circuit board installed at one end, and has a perforation corresponding to the number of vent holes in the steam hole protection gutter at the bottom. And a steam mop characterized by being combined with a triangular top lid to form a base structure.

本考案の蒸気式モップは、竿体構造とベース構造で組成され、その構造が簡単で、組立に便利であり、且つ床掃除と同時に高温蒸気を発生して掃除効果を強化でき、且つ貯水タンクが竿体構造（高所）に設置されて、その装填液体のベース構造（低所）への流入が順調であり、並びに必要に応じて貯水タンクの容量を増加でき、並びに随時装填液体を補充でき、新規性と進歩性を有している。 The steam type mop of the present invention is composed of a frame structure and a base structure, the structure is simple and convenient for assembly, and high temperature steam is generated simultaneously with floor cleaning, and the cleaning effect can be enhanced. Is installed in the frame structure (high place), the flow of the charged liquid into the base structure (low place) is smooth, and the capacity of the water storage tank can be increased if necessary, and the charged liquid is replenished as needed Yes, it has novelty and inventive step.

本考案の蒸気式モップは、竿体構造とベース構造で組成され、竿体構造はハンドル、中空の第１、第２、第３スリーブ及び貯水タンクを具え、該ハンドル、第１、第２、第３スリーブがその上下端縁の対応する係止部と係止座により急速に組み合わされて竿体構造を形成し、第１、第２、第３スリーブ接合後には上下に対応し且つ一体に連動する状態を呈する。 The steam mop of the present invention is composed of a housing structure and a base structure, and the housing structure includes a handle, hollow first, second, and third sleeves and a water storage tank, and the handle, first, second, The third sleeve is rapidly combined by corresponding locking portions and locking seats at the upper and lower edges thereof to form a housing structure, and after the first, second, and third sleeves are joined, they correspond to the upper and lower sides and are integrated. Presents a linked state.

上述のハンドルは、滑り止め構造を具え、且つその底端に係止座に係合可能な係止部が設けられている。第１スリーブの管体面に複数の電線固定クリップが設けられ、且つその上端に係止座が設けられ、底端に第２スリーブに係合可能な係止部が設けられている。該第２スリーブはその上端に第１スリーブと係合可能な係止座が設けられ、底端に第３スリーブと係合可能な係止部が設けられ、別にその管体面に貯水タンク固定リングと貯水タンク固定座が設けられ、そのうち、貯水タンク固定座は中空で、それは中空スリーブと連通し、貯水タンクに収容された液体を中空スリーブ内部に導入する。第３スリーブの上端に第２スリーブと係合可能な係止座が設けられ、その底端にベース構造の中空枢設係止座と係合可能な係止部が設けられている。該貯水タンクは洗剤或いは清水が装填され、貯水タンクの背部にスリーブを収容可能な凹溝が設けられ、且つ貯水タンクの上端にハンドルとピストンカバーが設けられ、別に貯水タンクの末端に流量制御弁が設けられ、該流量制御弁は貯水タンク固定座内に係合され、貯水タンク内の液体を中空スリーブに導入し、並びにベース構造に導入する。 The handle described above has a non-slip structure, and a locking portion that can engage with the locking seat is provided at the bottom end of the handle. A plurality of wire fixing clips are provided on the tube surface of the first sleeve, a locking seat is provided at the upper end, and a locking portion that can be engaged with the second sleeve is provided at the bottom end. The second sleeve is provided with a locking seat that can be engaged with the first sleeve at the upper end, a locking portion that can be engaged with the third sleeve at the bottom end, and a water storage tank fixing ring on the tube surface. The water tank fixing seat is hollow, which communicates with the hollow sleeve and introduces the liquid contained in the water tank into the hollow sleeve. A locking seat engageable with the second sleeve is provided at the upper end of the third sleeve, and a locking portion engageable with the hollow pivotal locking seat of the base structure is provided at the bottom end thereof. The water storage tank is loaded with detergent or fresh water, a recessed groove capable of accommodating a sleeve is provided at the back of the water storage tank, a handle and a piston cover are provided at the upper end of the water storage tank, and a flow control valve is provided at the end of the water storage tank. The flow control valve is engaged in the water tank fixed seat, and introduces the liquid in the water tank into the hollow sleeve as well as into the base structure.

該ベース構造は三角上蓋、蒸気室座体及びトレイを具え、三角上蓋の上に適宜角度回転可能な中空枢設係止座が設けられ、その前端及び左右の角部に第１、第２、第３凹溝が設けられ、対応するバネの枢設及び第１クランプ、第２クランプ及び第３クランプの位置決めに供され、且つそのケース面に電源線、電源押しボタン、電源指示ランプ及び温度指示ランプが設けられている。該蒸気室座体は、熱伝導性が良好な金属材料を加圧成形してなる中空座体であり、それに導水孔、複数の蒸気孔及び複数の導熱芯管が設けられ、それは貯水タンク装填液体のその内部への流入に供され、並びに該液体を加熱し、それに蒸気を発生させ、並びに蒸気孔を通して座体外部に釈放する。該トレイは、サイズが三角上蓋に対応する凹溝を具え、その内部に蒸気室座体を収容し、その１端に電源制御回路板を具え、並びにその制御回路板と関係する内部回路を内蔵でき、底部に蒸気室座体の蒸気孔数量に対応する通気孔を具え、三角上蓋と結合されて一体のベース構造を形成する。ベース構造は上述の中空枢設係止座で竿体構造と組み合わされて全体の蒸気式モップを完成する。 The base structure includes a triangular upper lid, a steam chamber seat, and a tray, and a hollow pivotal locking seat that can be rotated at an appropriate angle is provided on the triangular upper lid. First, second, A third groove is provided, which is provided for the corresponding pivot of the spring and the positioning of the first clamp, the second clamp and the third clamp, and the power line, the power push button, the power indicator lamp and the temperature indicator on the case surface A lamp is provided. The steam chamber seat is a hollow seat formed by press-molding a metal material having good thermal conductivity, and is provided with a water introduction hole, a plurality of steam holes, and a plurality of heat conduction core tubes, which are installed in a water storage tank. The liquid is supplied to the inside thereof, and the liquid is heated to generate steam, and is released to the outside of the seat through the vapor hole. The tray has a concave groove corresponding in size to a triangular upper lid, houses a steam chamber seat inside, has a power control circuit board at one end thereof, and incorporates an internal circuit related to the control circuit board The bottom portion has a vent hole corresponding to the number of steam holes of the steam chamber seat body, and is combined with the triangular upper lid to form an integral base structure. The base structure is combined with the housing structure at the above-mentioned hollow pivotal locking seat to complete the entire steam mop.

図１に示されるのは、本考案の立体分解図であり、図示されるように、該蒸気式モップは、竿体構造１とベース構造２で組成され、そのうち、竿体構造１はハンドル１１、中空の第１、第２、第３スリーブ１２、１３、１４及び貯水タンク１５を具え、該ハンドル１１は、表面に滑り止め構造を具え、且つその底端に第１スリーブ１２の上端に設置された係止座１２１に係合可能な係止部１１１が設けられている。第１スリーブ１２は中空管体とされ、その管体面にこの実施例では二つの電線固定クリップ１２３が設けられ、且つその上端に係止座１２１が設けられ、底端に係止部１２２が設けられている。 Shown in FIG. 1 is a three-dimensional exploded view of the present invention. As shown, the steam mop is composed of a housing structure 1 and a base structure 2, and the housing structure 1 includes a handle 11. , Hollow first, second and third sleeves 12, 13, 14 and a water storage tank 15, the handle 11 having a non-slip structure on the surface and installed at the bottom end of the first sleeve 12 A locking portion 111 that can be engaged with the locking seat 121 is provided. The first sleeve 12 is a hollow tube, and in this embodiment, two wire fixing clips 123 are provided on the surface of the tube, a locking seat 121 is provided at the upper end, and a locking portion 122 is provided at the bottom end. Is provided.

第２スリーブ１３は中空管体とされ、その上端に係止座１３１が設けられ、底端に係止部１３２が設けられ、且つその管体面に半円弧形で相互に挟合する貯水タンク固定リング１３３と貯水タンク固定座１３４が設けられ、該貯水タンク固定座１３４は中空座体とされ、それに流量制御弁係止孔１３４１が設けられ、且つ内部に導水溝が設けられ、導水溝は第２スリーブ１３の内管壁と連通している。 The second sleeve 13 is a hollow tube body, a locking seat 131 is provided at the upper end, a locking portion 132 is provided at the bottom end, and the water storage is sandwiched between the pipe surfaces in a semicircular shape. A tank fixing ring 133 and a water storage tank fixing seat 134 are provided, the water storage tank fixing seat 134 is a hollow seat, a flow rate control valve locking hole 1341 is provided therein, a water guide groove is provided therein, and a water guide groove is provided. Communicates with the inner tube wall of the second sleeve 13.

該貯水タンク１５のタンク本体背部に第２スリーブ１３を収容可能な凹溝１５１が設けられ、且つ貯水タンク１５のタンク本体上端にハンドル１５２とピストンカバー１５３が設けられ、別に貯水タンク１５のタンク本体底端に流量制御弁１５４が設けられ、該流量制御弁１５４は上述の貯水タンク固定座１３４の流量制御弁係止孔１３４１内に係合され、これにより貯水タンク１５の装填液体が第２スリーブ１３末端に導入され、並びに第３スリーブ１４の中空管体内部に流入し、さらにその下のベース構造２内に流入する。 A concave groove 151 capable of accommodating the second sleeve 13 is provided at the back of the tank main body of the water storage tank 15, and a handle 152 and a piston cover 153 are provided at the upper end of the tank main body of the water storage tank 15. A flow rate control valve 154 is provided at the bottom end, and the flow rate control valve 154 is engaged with the flow rate control valve locking hole 1341 of the water tank fixing seat 134 described above, so that the liquid charged in the water tank 15 is filled with the second sleeve. It is introduced at the end of 13 and flows into the hollow tube of the third sleeve 14 and then flows into the base structure 2 below it.

第３スリーブ１４は中空管体とされ、その上端に係止座１４１が設けられ、底端に係止部１４２が設けられている。 The third sleeve 14 is a hollow tube, and a locking seat 141 is provided at the upper end, and a locking portion 142 is provided at the bottom end.

上述のハンドル１１、第１、第２、第３スリーブ１２、１３、１４に設けられた係止部１１１、１２２、１３２、１４２は、それに押しボタンが枢設されて係止部１１１、１２２、１３２、１４２の表面より突出し、且つ押しボタンはバネの弾性を利用してスリーブ管体を係止する。別に第１スリーブ１２、第２スリーブ１３、第３スリーブ１４に設けられた係止座１２１、１３１、１４１は、ハンドル１１、第１スリーブ１２、第２スリーブ１３、第３スリーブ１４に設けられた係止部１１１、１２２、１３２、１４２に対応しそれと係合し、それに位置決め孔が設けられ、上述の係止部１１１、１２１、１３２、１４２に設けられた押しボタンが係止座１２１、１３１、１４１に係合した後に該位置決め孔より突出して位置決め効果が形成され、これにより急速に一体の竿体構造１を組み立てることができ、これにより第１、第２、第３スリーブ１２、１３、１４は接合後に上下に対応し且つ一体に連動する状態を呈する。 The locking portions 111, 122, 132, 142 provided on the handle 11, the first, second, and third sleeves 12, 13, 14 are provided with push buttons pivoted to the locking portions 111, 122, The push buttons protrude from the surfaces of 132 and 142 and the sleeve tube body is locked by using the elasticity of the spring. Separately, locking seats 121, 131, 141 provided on the first sleeve 12, the second sleeve 13, and the third sleeve 14 are provided on the handle 11, the first sleeve 12, the second sleeve 13, and the third sleeve 14. Corresponding to and engaging with the locking portions 111, 122, 132, 142, positioning holes are provided in the locking portions 111, 122, 132, 142, and the push buttons provided in the locking portions 111, 121, 132, 142 described above are locking seats 121, 131. 141, the positioning effect is formed by projecting from the positioning hole, so that the integrated housing structure 1 can be assembled quickly, whereby the first, second and third sleeves 12, 13, 14 shows the state which respond | corresponds up and down after joining, and interlock | cooperates integrally.

また、ベース構造２は、三角上蓋２１、蒸気室座体２５、及びトレイ２８を具え、該三角上蓋２１に枢設孔２１４が設けられ、並びに角度回転可能な中空枢設係止座２９が枢設され、且つその前端及び左右の角部に第１凹溝２１１、第２凹溝２１２及び第３凹溝２１３が設けられ、対応するバネ２２４、２３４、２４４の枢設及び第１クランプ２２、第２クランプ２３及び第３クランプ２４の位置決めに供され、且つそのケース面に電源線２１７、電源押しボタン２１８、電源指示ランプ２１５及び温度指示ランプ２１６が設けられている。そのうち、該中空枢設係止座２９はその上端に係止座が設けられてその下端は円弧状の枢設部を利用して三角上蓋２１の枢設孔２１４と枢設され、該中空枢設係止座２９は第１、第２、第３スリーブ１２、１３、１４に設けられた係止部１２２、１３２、１４２と係合可能で、その構造は竿体構造１に設けられた係止座１２１、１３１、１４１と同じである。且つ第１、第２、第３凹溝２１１、２１２、２１３の外側下端平面に、複数の止滑用の突起２１２１、２１３１（第１凹溝２１１は図中の角度の関係から表示されていない）が設けられ、且つ第１、第２、第３凹溝２１１、２１２、２１３の内側下端平面に、バネ受け座２１２３、２１３３及びネジ枢設孔２１２２、２１３２が設けられている（第１凹溝２１１は図中の角度の関係から表示されていない）。 The base structure 2 includes a triangular upper lid 21, a steam chamber seat 25, and a tray 28. A pivot hole 214 is provided in the triangular upper lid 21, and a hollow pivotal locking seat 29 that can rotate at an angle is pivoted. A first concave groove 211, a second concave groove 212, and a third concave groove 213 are provided at the front end and the left and right corners thereof, the pivots of the corresponding springs 224, 234, 244 and the first clamp 22, A power line 217, a power push button 218, a power instruction lamp 215, and a temperature instruction lamp 216 are provided on the case surface for positioning the second clamp 23 and the third clamp 24. Among them, the hollow pivotal locking seat 29 is provided with a locking seat at the upper end thereof, and the lower end thereof is pivotally connected to the pivotal hole 214 of the triangular upper lid 21 using an arcuate pivotal portion. The locking seat 29 can be engaged with locking portions 122, 132, 142 provided on the first, second, and third sleeves 12, 13, 14, and the structure thereof is provided on the housing structure 1. The same as the stationary seats 121, 131, and 141. In addition, a plurality of anti-slip protrusions 2121 and 2131 (the first concave groove 211 is not shown because of the angle relationship in the figure) on the outer lower end plane of the first, second and third concave grooves 211, 212 and 213. ) And spring receiving seats 2123 and 2133 and screw pivot holes 2122 and 2132 are provided on the inner lower surfaces of the first, second and third concave grooves 211, 212 and 213 (first concave parts). The groove 211 is not shown because of the angle relationship in the figure).

第１、第２、第３クランプ２２、２３、２４はその底端面に十字形バネ固定座２４３及びネジ位置決め座２４２が設けられ（図中の角度の関係から、わずかに第３クランプ２４の細部構造のみ表示されるが、第１、第２クランプ２２、２３は第３クランプ２４の構造と同じである）、第１、第２、第３凹溝２１１、２１２、２１３内側に設けられたバネ受け座２１２３、２１３３及びネジ枢設孔２１２２、２１３２と対応し（第１凹溝２１１は図中の角度の関係から表示されていない）、且つ第１、第２、第３クランプ２２、２３、２４はその底端面外側前端にそれぞれ複数の止滑の突起２２１、２３１、２４１が設けられている。組立時には、バネ２２４、２３４、２４４が第１、第２、第３凹溝２１１、２１２、２１３に設けられたバネ受け座２１２３、２１３３に置かれ（第１凹溝２１１は図中の角度の関係から表示されていない）、並びにネジ２２５、２３５、２４５が第１、第２、第３凹溝２１１、２１２、２１３に設けられたネジ枢設孔２１２２、２１３２（第１凹溝２１１は図中の角度の関係から表示されていない）にねじ込まれ、第１、第２、第３クランプ２２、２３、２４と三角上蓋２１が一体にネジ止めされ、並びに第１、第２、第３クランプ２２、２３、２４が押圧を受けて外側に向けて***し、並びに恒常的にバネの弾力回復作用を受ける（図３参照）。 The first, second, and third clamps 22, 23, and 24 are provided with a cruciform spring fixing seat 243 and a screw positioning seat 242 on the bottom end face thereof (the details of the third clamp 24 are slightly different from the angle in the figure). Only the structure is shown, but the first and second clamps 22 and 23 are the same as the structure of the third clamp 24), and the springs provided inside the first, second and third concave grooves 211, 212 and 213 Corresponding to the receiving seats 2123, 2133 and the screw pivot holes 2122, 2132 (the first concave groove 211 is not indicated from the angle relationship in the figure), and the first, second, third clamps 22, 23, 24 is provided with a plurality of non-slip projections 221, 231 and 241 at the outer front end of the bottom end surface. At the time of assembly, the springs 224, 234, and 244 are placed on the spring receiving seats 2123 and 2133 provided in the first, second, and third concave grooves 211, 212, and 213 (the first concave groove 211 has an angle of FIG. (Not shown because of the relationship), and screw pivot holes 2122 and 2132 in which the screws 225, 235 and 245 are provided in the first, second and third concave grooves 211, 212 and 213 (the first concave groove 211 is shown in FIG. The first, second, and third clamps 22, 23, and 24 and the triangular upper lid 21 are screwed together, and the first, second, and third clamps are not shown. 22, 23, and 24 are pressed and protrude outward, and the springs are constantly subjected to elastic recovery (see FIG. 3).

該蒸気室座体２５は、熱伝導性が良好な金属材料を加圧成形してなる中空座体であり、それに導水孔２５１、複数の蒸気孔２５２及び復流導熱芯管２５３が設けられ、該導水孔２５１が貯水タンク１５の装填液体をその内部に流入させ、並びに復流導熱芯管２５３で金属座体を加熱し、該液体を蒸発させて蒸気を発生させ、並びに該蒸気孔２５２より蒸気を蒸気室座体２５外部に釈放する。 The steam chamber seat 25 is a hollow seat formed by press-molding a metal material having good thermal conductivity, and is provided with a water guide hole 251, a plurality of steam holes 252, and a return heat transfer core tube 253. The water introduction hole 251 allows the charged liquid in the water storage tank 15 to flow into the inside, and the metal seat is heated by the return heat conduction core tube 253 to evaporate the liquid to generate vapor, and from the vapor hole 252 Steam is released to the outside of the steam chamber seat 25.

別に耐高熱の材料で形成された蒸気孔保護條２６を具え、それに蒸気室座体２５の蒸気孔２５２数量に対応する通気孔２６１が設けられ、並びに対応する蒸気孔２５２に嵌合され、これにより蒸気室座体２５の高温によりベース構造２が損傷し、危険が形成されるのを防止する。 Separately, a steam hole protection rod 26 made of a heat-resistant material is provided, and vent holes 261 corresponding to the number of the steam holes 252 of the steam chamber seat 25 are provided, and are fitted into the corresponding steam holes 252, This prevents the base structure 2 from being damaged due to the high temperature of the steam chamber seat body 25, thereby creating danger.

別にトレイ２８は、そのサイズが三角上蓋２１に対応し、蒸気室座体２５を収容可能な載置凹溝とされ、その１端に電源制御回路板２７が設けられ、底部に蒸気孔保護條２６の通気孔２６１数量に対応する穿孔２８１が設けられ、並びにこれにより三角上蓋２１と一体に結合されてベース構造２を形成する。 Separately, the tray 28 has a size corresponding to the triangular upper lid 21 and is a mounting groove that can accommodate the steam chamber seat 25. A power control circuit board 27 is provided at one end of the tray 28, and a steam hole protection box is provided at the bottom. The perforations 281 corresponding to the number of the 26 air holes 261 are provided, and thereby the base structure 2 is formed integrally with the triangular upper lid 21.

組立時には、上述の細部構造により、対応する装置が組み合わされ、全体の蒸気式モップが形成され、その外観立体図は図２のようである。 At the time of assembly, corresponding devices are combined by the above-described detailed structure to form the entire steam mop, and the external appearance is as shown in FIG.

さらに図３及び図４はそのベース構造２の第１、第２、第３クランプ２２、２３、２４の動作表示図である。図に明らかに示されるように、該第１、第２、第３クランプ２２、２３、２４はネジで三角上蓋２１に組み付けられた後、恒常的にバネの弾力回復作用を受け、それは押圧により外側前端の止滑突起２２１、２３１、２４１が一部外側に***し、これにより布３０をその下方にしっかりと保持し、これは図４に示されるようであり、これにより掃除動作を行うことができ、並びに使用後の汚れた布３０を交換するのに便利である。図５は本考案の別の外観立体図であり、本考案のベース構造２の第１、第２、第３クランプ２２、２３、２４で布３０を固定した後の外観立体図であり、使用者は貯水タンク１５のピストンカバー１５３より清水或いは洗剤を装填でき、並びに電源線２１７を電源に接続した後、即刻掃除を行うことができ、床を掃除すると同時に、貯水タンク１５の流量制御弁１５４で流量を調節でき、並びに貯水タンク固定座１３４により貯水タンク１５装填液体を第２スリーブ１３末端に導入し、並びに第３スリーブ１４の中空管体内部に流入させ、さらに底部のベース構造２内に流入させ、並びに蒸気室座体２５の導水孔２５１内に流入させ、電源制御回路板２７の制御により、復流導熱芯管２５３に金属座体を加熱させ、液体を蒸発させて蒸気を発生させ、並びに蒸気孔２５２より蒸気を蒸気室座体２５外部に釈放させ、並びにトレイ２８の穿孔２８１により布３０に漏洩させ、これにより掃除動作を行うと同時に、高温蒸気により汚れ除去を強化することができ、実質的な掃除効果を高めることができる。電源接続と同時に、三角上蓋２１の電源指示ランプ２１５が点灯し、蒸気室座体２５が一定温度に加熱されると、その温度指示ランプ２１６が点灯し、使用者の使用の安全を保護する。 3 and 4 are operation display diagrams of the first, second, and third clamps 22, 23, and 24 of the base structure 2. FIG. As clearly shown in the figure, after the first, second and third clamps 22, 23, 24 are assembled to the triangular upper lid 21 with screws, they are constantly subjected to the elastic recovery action of the spring, Non-slip projections 221, 231, 241 at the outer front end partly bulge outward, thereby holding the fabric 30 firmly below it, as shown in FIG. 4, thereby performing the cleaning operation It is convenient to replace the dirty cloth 30 after use. FIG. 5 is another external three-dimensional view of the present invention, and is a three-dimensional external view after the cloth 30 is fixed by the first, second, and third clamps 22, 23, 24 of the base structure 2 of the present invention. A person can load fresh water or detergent from the piston cover 153 of the water storage tank 15, and can immediately perform cleaning after connecting the power line 217 to the power source. At the same time as cleaning the floor, the flow control valve 154 of the water storage tank 15 The flow rate can be adjusted with the water tank 15 and the liquid stored in the water tank 15 is introduced into the end of the second sleeve 13 by the water tank fixing seat 134 and flows into the hollow tube of the third sleeve 14. And the flow into the water guide hole 251 of the steam chamber seat 25, and under the control of the power control circuit board 27, the metal seat is heated in the return heat conducting core tube 253, and the liquid is evaporated to generate steam. In addition, the steam is released to the outside of the steam chamber seat body 25 through the steam hole 252 and leaked to the cloth 30 through the perforations 281 of the tray 28, thereby performing the cleaning operation and at the same time enhancing the removal of dirt by the high temperature steam. Can improve the substantial cleaning effect. Simultaneously with the power connection, the power indicator lamp 215 of the triangular upper lid 21 is turned on, and when the steam chamber seat 25 is heated to a constant temperature, the temperature indicator lamp 216 is turned on to protect the safety of use by the user.

以上は本考案の実施例の説明であって、本考案に基づきなしうる細部の修飾或いは改変は、いずれも本考案の請求範囲に属するものとする。 The above is description of the Example of this invention, Comprising: The detail modification or change which can be made based on this invention shall belong to the claim of this invention.

本考案の立体分解図である。It is a three-dimensional exploded view of the present invention. 本考案の外観立体図である。FIG. 本考案のベース構造のクランプの動作表示図である。It is an operation | movement display figure of the clamp of the base structure of this invention. 本考案のベース構造のクランプの挟持動作表示図である。It is a clamp operation | movement display figure of the clamp of the base structure of this invention. 本考案の別の外観立体図である。It is another external appearance three-dimensional view of this invention.

符号の説明Explanation of symbols

１竿体構造
１１ハンドル
１１１係止部
１２第１スリーブ
１２１係止座
１２２係止部
１２３電源線固定クリップ
１３第２スリーブ
１３１係止座
１３２係止部
１３３貯水タンク固定リング
１３４貯水タンク固定座
１３４１流量制御弁係止孔
１４第３スリーブ
１４１係止座
１４２係止部
１５貯水タンク
１５１凹溝
１５２ハンドル
１５３ピストンカバー
１５４流量制御弁
２ベース構造
２１三角上蓋
２１１第１凹溝
２１２第２凹溝
２１２１突起
２１２２ネジ枢設孔
２１２３バネ受け座
２１３第３凹溝
２１３１突起
２１３２バネ受け座
２１４枢設孔
２１５電源指示ランプ
２１６温度指示ランプ
２１７電源線
２１８電源押しボタン
２２第１クランプ
２２１突起
２２４バネ
２２５ネジ
２３第２クランプ
２３１突起
２３４バネ
２３５ネジ
２４第３クランプ
２４１突起
２４２ネジ位置決め座
２４３十字形バネ固定座
２４４バネ
２４５ネジ
２５蒸気室座体
２５１導水孔
２５２蒸気孔
２５３導熱芯管
２６蒸気孔保護條
２６１通気孔
２７電源制御回路板
２８トレイ
２８１穿孔
２９枢設係止座
３０布
DESCRIPTION OF SYMBOLS 1 Housing structure 11 Handle 111 Locking part 12 First sleeve 121 Locking seat 122 Locking part 123 Power line fixing clip 13 Second sleeve 131 Locking seat 132 Locking part 133 Water storage tank fixing ring 134 Water tank fixing seat 1341 Flow control valve locking hole 14 Third sleeve 141 Locking seat 142 Locking portion 15 Water storage tank 151 Concave groove 152 Handle 153 Piston cover 154 Flow control valve 2 Base structure 21 Triangular upper lid 211 First concave groove 212 Second concave groove 2121 Projection 2122 Screw pivot hole 2123 Spring seat 213 Third concave groove 2131 Projection 2132 Spring seat 214 pivot hole 215 Power indicator lamp 216 Temperature indicator lamp 217 Power line 218 Power push button 22 First clamp 221 Projection 224 Spring 225 Screw 23 Second clamp 231 Protrusion 234 Spring 23 5 Screw 24 Third clamp 241 Protrusion 242 Screw positioning seat 243 Cross-shaped spring fixing seat 244 Spring 245 Screw 25 Steam chamber seat body 251 Water introduction hole 252 Steam hole 253 Heat conduction core tube 26 Steam hole protection rod 261 Ventilation hole 27 Power supply control circuit board 28 Tray 281 Perforation 29 Pivoting Locking Seat 30 Cloth

Claims

竿体構造とベース構造で組成され、竿体構造の管体面に貯水タンク固定リングと貯水タンク固定座が設けられて貯水タンクを取り付けて安定して位置決め可能で、該貯水タンク固定座に流量制御弁係止孔が設けられ、その内部に竿体構造管体内部と連通する導水溝が設けられて貯水タンクの装填液体が竿体構造内部に導入され、順調に下向きに流れてベース構造内に流入し、該ベース構造が三角の造形とされ、それに角度回転可能で竿体構造と接続可能な中空枢設係止座が設けられ、ベース構造内部に少なくとも一つの蒸気室座体が設けられ、竿体構造から伝送された液体を加熱並びに蒸発させて底部のトレイを通して蒸気を釈放させることを特徴とする、蒸気式モップ。 It is composed of a housing structure and a base structure, and a water tank fixing ring and a water tank fixing seat are provided on the tube surface of the housing structure, so that the water tank can be attached and positioned stably, and flow control is performed on the water tank fixing seat. A valve locking hole is provided, and a water guide groove communicating with the inside of the housing structure tube body is provided therein, so that the liquid loaded in the water storage tank is introduced into the housing structure and smoothly flows downward into the base structure. Inflow, the base structure is triangular shaped, provided with a hollow pivotal locking seat that can be rotated at an angle and connectable to the housing structure, and at least one steam chamber seat is provided inside the base structure, A steam-type mop characterized by heating and evaporating the liquid transmitted from the casing structure to release the steam through the bottom tray.

請求項１記載の蒸気式モップにおいて、竿体構造がハンドル、中空の第１、第２、第３スリーブで組成されたことを特徴とする、蒸気式モップ。 The steam mop according to claim 1, wherein the housing structure is composed of a handle and hollow first, second and third sleeves.

請求項２記載の蒸気式モップにおいて、第１、第２、第３スリーブの上端と下端に相互に対応し係合する係止部と係止座が設けられたことを特徴とする、蒸気式モップ。 3. The steam type mop according to claim 2, wherein the first, second and third sleeves are provided with a locking portion and a locking seat which are engaged with each other at the upper end and the lower end, respectively. mop.

請求項２又は３記載の蒸気式モップにおいて、第２スリーブの管体面に貯水タンク固定リング及び貯水タンク固定座が設けられたことを特徴とする、蒸気式モップ。 4. The steam mop according to claim 2, wherein a water tank fixing ring and a water tank fixing seat are provided on the pipe surface of the second sleeve.

請求項１記載の蒸気式モップにおいて、貯水タンクのタンク本体の背部に竿体構造の管体を収容可能な凹溝が設けられ、タンク本体上端にハンドル及びピストンカバーが設けられ、タンク本体末端に流量制御弁が設けられ、貯水タンク固定座内に係合されることを特徴とする、蒸気式モップ。 2. The steam mop according to claim 1, wherein a concave groove capable of accommodating a tubular body is provided at the back of the tank body of the water storage tank, a handle and a piston cover are provided at the upper end of the tank body, and at the tank body end. A steam mop characterized in that a flow control valve is provided and engaged in a water tank fixed seat.

請求項１記載の蒸気式モップにおいて、ベース構造が三角上蓋、蒸気室座体、蒸気孔保護條及びトレイを具えたことを特徴とする、蒸気式モップ。 2. The steam mop according to claim 1, wherein the base structure comprises a triangular upper lid, a steam chamber seat, a steam hole protection rod and a tray.

請求項６記載の蒸気式モップにおいて、三角上蓋に角度回転可能な中空枢設係止座が設けられ、且つその前端及び左右角部に第１凹溝、第２凹溝及び第３凹溝が設けられ、対応するバネ及び第１クランプ、第２クランプ、及び第３クランプが位置決めされ、そのケース面にさらに電源線、電源押しボタン、電源指示ランプ及び温度指示ランプが設けられたことを特徴とする、蒸気式モップ。 The steam mop according to claim 6, wherein the triangular upper lid is provided with a hollow pivotal locking seat capable of rotating at an angle, and the first concave groove, the second concave groove and the third concave groove are provided at the front end and the left and right corners. The corresponding spring and the first clamp, the second clamp, and the third clamp are positioned, and a power line, a power push button, a power indicator lamp, and a temperature indicator lamp are further provided on the case surface. A steam mop.

請求項６記載の蒸気式モップにおいて、蒸気室座体は熱伝導性が良好な金属材料を加圧成形して形成された中空座体であり、それに導水孔と複数の蒸気孔及び少なくとも一つの復流導熱芯管が設けられたことを特徴とする、蒸気式モップ。 7. The steam mop according to claim 6, wherein the steam chamber seat is a hollow seat formed by press-molding a metal material having good thermal conductivity, and a water guide hole, a plurality of steam holes, and at least one of the steam holes. A steam-type mop characterized in that a return heat conducting core tube is provided.

請求項６記載の蒸気式モップにおいて、蒸気孔保護條が耐高熱のプラスチック材料で形成され、それに蒸気室座体の蒸気孔数量に対応する通気孔が設けられたことを特徴とする、蒸気式モップ。 The steam type mop according to claim 6, wherein the steam hole protection gutter is formed of a high heat resistant plastic material, and a vent hole corresponding to the number of steam holes of the steam chamber seat is provided on the steam type protection mop. mop.

請求項６記載の蒸気式モップにおいて、トレイのサイズが三角上蓋に対応し、それは載置凹溝とされ、その内部に蒸気室座体を収容可能で、その一端に電源制御回路板が設置され、底部に蒸気孔保護條にの通気孔数量に対応する穿孔が設けられ、並びにこれにより三角上蓋と結合され一体とされることを特徴とする、蒸気式モップ。 7. The steam mop according to claim 6, wherein the tray has a size corresponding to the triangular upper lid, which is a mounting groove, in which a steam chamber seat can be accommodated, and a power control circuit board is installed at one end thereof. A steam mop characterized in that the bottom is provided with perforations corresponding to the number of ventilation holes in the steam hole protection rod, and is thereby combined and integrated with the triangular top lid.

蒸気式モップにおいて、竿体構造とベース構造で組成され、竿体構造はハンドル、中空の第１スリーブ、第２スリーブ、第３スリーブ及び貯水タンクを具え、
該ハンドルは、滑り止め構造を具え、且つその底端に係止座に係合可能な係止部が設けられ、
該第１スリーブは中空管体とされ、その管体面に複数の電線固定クリップが設けられ、且つその上端に係止座が設けられ、底端に係止部が設けられ、
該第２スリーブは中空管体とされ、その上端に係止座が設けられ、底端に係止部が設けられ、別に管体面に貯水タンク固定リングと貯水タンク固定座が設けられ、
該第３スリーブは中空管体とされ、その上端に係止座が設けられ、底端に係止部が設けられ、
該貯水タンクは、タンク本体背部にスリーブを収容可能な凹溝が設けられ、且つタンク本体上端にハンドル及びピストンカバーが設けられ、タンク本体末端に流量制御弁が設けられ、該流量制御弁が貯水タンク固定座内に係合され、貯水タンク装填液体を第３スリーブの中空管体内部に導入し並びにベース構造内に流入させ、
該ベース構造は三角上蓋、蒸気室座体、蒸気孔保護條、トレイを具え、
該三角上蓋は角度回転可能な中空枢設係止座が枢設され、且つその前端及び左右角部に第１凹溝、第２凹溝、第３凹溝が設けられて対応するバネの枢設及び第１クランプ、第２クランプ及び第３クランプの位置決めに供され、且つそのケース面に電源線、電源押しボタン、電源指示ランプ及び温度指示ランプが設けられ、
該蒸気室座体は、熱伝導性が良好な金属材料を加圧成形して形成された中空座体であり、それに導水孔と複数の蒸気孔及び少なくとも一つの復流導熱芯管が設けられ、貯水タンク装填液体をその内部に流入させ、並びに該液体を加熱してそれに蒸気を発生させ、並びに該蒸気を蒸気孔を通して蒸気室座体外部に釈放し、
該蒸気孔保護條が耐高熱の材料で形成され、それに蒸気室座体の蒸気孔数量に対応する通気孔が設けられて該通気孔が蒸気孔に嵌合され、
該トレイはそのサイズが三角上蓋に対応し、その内部に蒸気室座体を収容可能で、その１端に電源制御回路板が設置され、底部に蒸気孔保護條の通気孔数量に対応する穿孔が設けられ、並びに三角上蓋と結合されてベース構造を形成することを特徴とする、蒸気式モップ。
In a steam mop, it is composed of a housing structure and a base structure, and the housing structure includes a handle, a hollow first sleeve, a second sleeve, a third sleeve, and a water storage tank,
The handle has a non-slip structure, and a locking portion that can be engaged with the locking seat is provided at the bottom end of the handle.
The first sleeve is a hollow tube, a plurality of wire fixing clips are provided on the surface of the tube, a locking seat is provided at the upper end, and a locking portion is provided at the bottom end,
The second sleeve is a hollow tube, a locking seat is provided at the upper end, a locking portion is provided at the bottom, and a water tank fixing ring and a water tank fixing seat are separately provided on the tube surface,
The third sleeve is a hollow tube, a locking seat is provided at the upper end, a locking portion is provided at the bottom end,
The water storage tank is provided with a concave groove capable of accommodating a sleeve at the back of the tank body, a handle and a piston cover are provided at the upper end of the tank body, a flow rate control valve is provided at the end of the tank body, and the flow rate control valve is Engaged in the tank fixing seat, introducing the water tank charging liquid into the hollow tube of the third sleeve and flowing it into the base structure;
The base structure includes a triangular top cover, a steam chamber seat, a steam hole protection rod, a tray,
The triangular upper cover is provided with a hollow pivotal locking seat that can be rotated at an angle, and a first groove, a second groove, and a third groove are provided at the front end and the left and right corners of the triangular upper cover, and the corresponding pivot of the spring is provided. And the first clamp, the second clamp and the third clamp are positioned, and the case surface is provided with a power line, a power push button, a power instruction lamp and a temperature instruction lamp,
The steam chamber seat is a hollow seat formed by press-molding a metal material having good thermal conductivity, and is provided with a water guide hole, a plurality of steam holes, and at least one return-flow heat-conducting core tube. Flowing the water tank charge liquid into it, heating the liquid to generate steam therein, and releasing the steam out of the steam chamber seat through the steam holes;
The steam hole protection rod is formed of a material having high heat resistance, provided with a vent hole corresponding to the number of steam holes of the steam chamber seat, and the vent hole is fitted to the steam hole.
The tray has a size corresponding to a triangular upper lid, can accommodate a steam chamber seat inside, has a power control circuit board installed at one end thereof, and has a perforation corresponding to the number of vent holes of the steam hole protection gutter at the bottom. And a steam mop characterized in that it is combined with a triangular top lid to form a base structure.